Multi-Function Collaborative Flexible Source-Load Intelligent Interactive Operation Control Technology for Industrial Communities

Abstract

Different from the traditional power supply mode of only distribution network, the new energy distribution network gradually presents a strong coupling and strong correlation between the "source - network - load - energy storage" multi-energy system structure. Its various types of resources have the characteristics of wide regional distribution of "multiple points and wide areas". According to the characteristics of distribution network, this project studies the voltage self-optimizing control strategy in a wide range of distribution network with multi-source coordination. Through the coordinated regulation of multiple decentralized systems such as new energy power generation, energy storage and flexible load, the voltage quality in a large range is improved under the premise of guaranteeing energy storage capacity. Through the analysis of an urban distribution network, the results show that the proposed algorithm is feasible and advanced. Compared with the conventional regulation mode, this mode is more suitable for the regulation requirements of distribution network.